10. February 2023

AQuRA: Development of an analogue quantum computing machine

Objective We are designing a novel analogue quantum computing machine (AQuRA) based on continuous quantum variables. For this purpose, we are creating quantum algorithms and developing software to simulate AQuRA and the associated algorithms on classical computing systems….
Gruppenfoto
18. January 2023

AQuRA × anabrid: Kick-off for the first industry & research partnership in the QCI

The ecosystem of quantum computing comes to life when research findings efficiently find their way into application in industry and business – and conversely, the needs of industry and business motivate research. With the DLR Quantum Computing Initiative…
5. January 2023

REDAC: Reconfigurable Discrete Analog Computer

Objective We are building a classic computer based on the paradigms of quantum-inspired classical computing and want to use analogy formation to demonstrate the superiority of analogue computing. Our objective includes the creation of a software ecosystem for…
22. February 2022

How ana­logue com­put­ers sup­port quan­tum com­put­ing

Contract awarded to anabrid GmbH as part of the DLR Quantum Computing Initiative. In the 1960s, computers looked like cupboard-sized grey boxes, with control panels full of knobs, switches and colourful cables. These were the analogue computers that…